Controlled material deposition
Flow behavior, nozzle geometry, extrusion consistency, and layer retention.
An engineering-led extrusion platform under development for large-scale cementitious additive manufacturing and robotic fabrication integration.
Extrusion reliability depends on the full material-delivery system: feed preparation, pumping, flow control, injection, deposition geometry, motion integration, cleaning, and safe operation. We are developing EX-5 around these interconnected requirements.
Discuss system integrationThe following are engineering focus areas, not published performance guarantees.
Flow behavior, nozzle geometry, extrusion consistency, and layer retention.
Evaluation of inline dosing and mixing approaches for application-specific formulations.
Interfaces among the printhead, pumping system, controls, and robotic toolpaths.
System performance depends on solids content, aggregate grading, rheology, and curing behavior.
Access for cleaning, wear-component replacement, and repeatable startup/shutdown routines.
Discuss paid technical trials, pilot integration, and collaborative engineering studies.
Only architecture-level details are shown here. Publish numeric specifications after documented repeatable validation.
| System | River EX-5 cementitious extruder (development-stage) |
|---|---|
| Primary application | Large-scale additive manufacturing and process integration |
| Material delivery | Pump-fed cementitious mixtures; compatibility to be verified |
| Inline dosing | Integration and evaluation pathway under development |
| Control architecture | Project-specific robotic and process interfaces |
| Purchase availability | Technical inquiries and collaborations; no public checkout yet |
This is a development-stage system. Availability, capabilities, pricing, performance, certifications, and warranties must be confirmed before commercial sales.
Tell us about your robotic platform, target flow, material characteristics, and intended application.
Request an EX-5 evaluation